BT45NPM’s substrate is composed of a hybrid aramid material that is stronger than pure aramid. The material is impregnated with a high temperature phenolic resin system which includes a non-conducting solid lubricant.PropertiesGeneralPropertyValueTesting StandardDensity1.34 - 1.35 g/cm³ASTM D348Mois

Being a heat treated version of RM320, RM320H Rolled and Molded Rods are made from a fine weave (linen) cotton fabric combined with a phenolic resin system.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.36 g/cm³ASTM D349Moisture absorption0.8 %ASTM D349Condition D₁-24/23MechanicalProp

Rolled and Molded Rods made from a plain weave, medium weight cotton fabric combined with a phenolic resin system to which graphite powder has been added as a solid lubricant.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.35 g/cm³ASTM D349Moisture absorption0.82 %ASTM D349Condition D₁

A high quality aerospace grade aluminum alloy (AA2124) reinforced with 25% 3-micron silicon carbide which is manufactured via a powder metallurgy route using a high energy mixing process to ensure a homogeneous distribution of the reinforcement and to refine the grain structure to enhance mechanical

A high quality aerospace grade aluminum alloy (AA2124) reinforced with 25% 3-micron silicon carbide which is manufactured via a powder metallurgy route using a high energy mixing process to ensure a homogeneous distribution of the reinforcement and to refine the grain structure to enhance mechanical

A high quality aerospace grade aluminum alloy (AA2124) reinforced with 25% 3-micron silicon carbide which is manufactured via a powder metallurgy route using a high energy mixing process to ensure a homogeneous distribution of the reinforcement and to refine the grain structure to enhance mechanical

A high quality aerospace grade aluminum alloy (6061B) reinforced with 20 vol.% silicon carbide particles which produces a metal matrix composite (MMC). 620XF is manufactured via a powder metallurgy route using a mechanical alloying process to ensure a homogeneous reinforcement distribution, providin

BP25NPP is a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication. It has low moisture absorption and excellent dimensional stability. BP25NPP provides excellent machining characteristics.PropertiesGeneralProper

NP324FR is a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication as well as a flame retardant. It has low moisture absorption and excellent dimensional stability. NP324FR provides excellent machining characteri

NP324 is a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication. It has low moisture absorption and excellent dimensional stability. NP324 provides excellent machining characteristics.PropertiesGeneralPropertyVa

Tungsten hard material for wear protectionPropertiesGeneralPropertyTemperatureValueDensity23.0 °C14.5 g/cm³BinderCobalt binderGrain structureCoarse grain sizeMechanicalPropertyTemperatureValueCompressive strength23.0 °C3600 MPaElastic modulus23.0 °C580 GPaHardness, Rockwell A23.0 °C87.7 [-]Hardness,

Tungsten hard material for wear protectionPropertiesGeneralPropertyTemperatureValueDensity23.0 °C14.5 g/cm³BinderCobalt binderGrain structureFine grain sizeMechanicalPropertyTemperatureValueCompressive strength23.0 °C6600 MPaElastic modulus23.0 °C585 GPaHardness, Rockwell A23.0 °C91.7 [-]Hardness, V

Tungsten hard material for wear protectionPropertiesGeneralPropertyTemperatureValueDensity23.0 °C15.15 g/cm³BinderCobalt binderGrain structureFine grain sizeMechanicalPropertyTemperatureValueCompressive strength23.0 °C8500 MPaElastic modulus23.0 °C660 GPaHardness, Rockwell A23.0 °C92.8 [-]Hardness,

Tungsten hard material for wear protectionPropertiesGeneralPropertyTemperatureValueDensity23.0 °C15.3 g/cm³BinderCobalt binderGrain structureSubmicron grain sizeMechanicalPropertyTemperatureValueCompressive strength23.0 °C10300 MPaElastic modulus23.0 °C670 GPaHardness, Rockwell A23.0 °C94 [-]Hardnes

Tungsten hard material for wear protectionPropertiesGeneralPropertyTemperatureValueDensity23.0 °C15.3 g/cm³BinderCobalt binderGrain structureSubmicron grain sizeMechanicalPropertyTemperatureValueCompressive strength23.0 °C10300 MPaElastic modulus23.0 °C665 GPaHardness, Rockwell A23.0 °C93.6 [-]Hardn

Tungsten hard material for wear protectionPropertiesGeneralPropertyTemperatureValueDensity23.0 °C15.25 g/cm³BinderCobalt binderGrain structureUltrafine grain sizeMechanicalPropertyTemperatureValueCompressive strength23.0 °C10400 MPaElastic modulus23.0 °C670 GPaHardness, Rockwell A23.0 °C94.5 [-]Hard

Tungsten hard material for wear protectionPropertiesGeneralPropertyTemperatureValueDensity23.0 °C15.35 g/cm³BinderCobalt binderGrain structureUltrafine-nano grain sizeMechanicalPropertyTemperatureValueCompressive strength23.0 °C12500 MPaElastic modulus23.0 °C675 GPaHardness, Rockwell A23.0 °C95 [-]H

GNPGraystar’s Alumina Zirconia 40% is a hard, very tough, sharp abrasive. It is produced by fusing zircon sand and alumina at about 1900°C.PropertiesGeneralPropertyValueCommentBulk density2.02 - 2.34 g/cm³ANSI B74.4Crystal size12.0 μmTrue particle density4.6 g/cm³MechanicalPropertyValueCommentHardne

Rolled and Molded Rods made from a plain weave, medium weight cotton fabric combined with a phenolic resin system.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.34 g/cm³ASTM D349Moisture absorption0.9 %ASTM D349Condition D₁-24/23MechanicalPropertyValueTesting StandardCommentCompressiv

GNPGraystar’s Alumina Zirconia 25% is a hard, very tough, sharp abrasive. It is produced by fusing zircon sand and alumina at about 1900°C.PropertiesGeneralPropertyValueCommentBulk density2.11 - 2.54 g/cm³ANSI B74.4Crystal size17.0 μmDensity1.98 - 2.38 g/cm³loose pack densityTrue particle density4.6